fcomplex Structure

ILNumerics Ultimate VS Documentation

ILNumerics - Technical Application Development

Floating point complex value data type of float (single) precision

[ILNumerics Core Module]

Namespace: ILNumerics
Assembly: ILNumerics.Core (in ILNumerics.Core.dll) Version: 5.5.0.0 (5.5.7503.3146)

Syntax

[SerializableAttribute]
public struct fcomplex : IEquatable<fcomplex>

<SerializableAttribute>
Public Structure fcomplex
	Implements IEquatable(Of fcomplex)

Dim instance As fcomplex

The fcomplex type exposes the following members.

Constructors

	Name	Description
	fcomplex	Construct new float complex number [ILNumerics Core Module]

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Properties

	Name	Description
	conj	Returns the complex conjugate of this complex number. [ILNumerics Core Module]
	INF	Obsolete. Positive infinity for real and imaginary part of complex value [ILNumerics Core Module]
	NaN	fcomplex quantity, marked as being "not a number" [ILNumerics Core Module]
	PositiveInfinity	Positive infinity for real and imag part of complex value [ILNumerics Core Module]
	Zero	New fcomplex, real and imaginary parts are zero [ILNumerics Core Module]

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Methods

	Name	Description
	Abs	Magnitude of this float complex number [ILNumerics Core Module]
	Abs(fcomplex)	Magnitude value of float complex number [ILNumerics Core Module]
	Acos	Arcus cosinus of this float complex number [ILNumerics Core Module]
	Acos(Single)	Arcus cosinus of real number [ILNumerics Core Module]
	Acos(fcomplex)	Arcus cosinus for float complex number [ILNumerics Core Module]
	Angle	Phase angle of this float complex number [ILNumerics Core Module]
	Angle(fcomplex)	Angle of complex number [ILNumerics Core Module]
	Asin	Arcus sinus of this float complex number [ILNumerics Core Module]
	Asin(Single)	Arcus sinus of real number [ILNumerics Core Module]
	Asin(fcomplex)	Arcus sinus for complex number [ILNumerics Core Module]
	Atan	Arcus tangens of float complex number [ILNumerics Core Module]
	Ceiling	Round towards next greater integer [ILNumerics Core Module]
	Conjugate	Conjugates this complex number inplace. [ILNumerics Core Module]
	Conjugate(fcomplex)	Creates the complex conjugate of the complex value a. [ILNumerics Core Module]
	Cos	Cosinus [ILNumerics Core Module]
	Cosh	Cosinus hyperbolicus [ILNumerics Core Module]
	Equals(Object)	Are obj's real and imaginary part identical to the real and imaginary parts of this fcomplex [ILNumerics Core Module] (Overrides ValueTypeEquals(Object).)
	Equals(fcomplex)	Check if a fcomplex number equals this fcomplex number [ILNumerics Core Module]
	Exp	Exponential / power of base e [ILNumerics Core Module]
	Exp(fcomplex)	Power of base e for float complex number [ILNumerics Core Module]
	Floor	Round towards next lower integer [ILNumerics Core Module]
	FromPol	Convert from polar to cartesian form [ILNumerics Core Module]
	GetHashCode	Give HashCode of this fcomplex number [ILNumerics Core Module] (Overrides ValueTypeGetHashCode.)
	IsFinite	Test if any of real or imaginary parts are finite [ILNumerics Core Module]
	IsInfinity	Test if any of real or imaginary parts are infinite [ILNumerics Core Module]
	IsNaN	Test if any of real or imaginary parts are NAN's [ILNumerics Core Module]
	IsNegativeInfinity	Test if any of real or imaginary parts are neg. infinite [ILNumerics Core Module]
	IsPositiveInfinity	Test if any of real or imaginary parts are pos. infinite [ILNumerics Core Module]
	iszero	Test if real and imag part are zero [ILNumerics Core Module]
	Log	Logarithm of fcomplex number [ILNumerics Core Module]
	Log(Single)	Logarithm of real input [ILNumerics Core Module]
	Log(fcomplex)	Natural logarithm of complex input [ILNumerics Core Module]
	Log10(Single)	Logarithm of base 10 of real input [ILNumerics Core Module]
	Log10(fcomplex)	Logarithm to base 10 [ILNumerics Core Module]
	Log2(Single)	Logarithm of base 2 [ILNumerics Core Module]
	Log2(fcomplex)	Logarithm of base 2 [ILNumerics Core Module]
	Parse	Converts the string text containing a complex number into the complex number. [ILNumerics Core Module]
	Pow(Double)	Power of fcomplex number, real exponent [ILNumerics Core Module]
	Pow(fcomplex)	Power of fcomplex number, complex exponent [ILNumerics Core Module]
	Pow(Double, Double)	Complex power - real basis, real exponent [ILNumerics Core Module]
	Pow(fcomplex, fcomplex)	Power: complex base, complex exponent [ILNumerics Core Module]
	Pow(fcomplex, Double)	fcomplex power real exponent [ILNumerics Core Module]
	Round(fcomplex)	Rounds towards nearest integer. [ILNumerics Core Module]
	Round(fcomplex, Int32)	Rounds to a specified number of fractional digits. [ILNumerics Core Module]
	Sign	Signum function [ILNumerics Core Module]
	Sin	Sinus [ILNumerics Core Module]
	Sinh	Sinus hyperbolicus [ILNumerics Core Module]
	Sqrt	Square root of fcomplex number [ILNumerics Core Module]
	Sqrt(Single)	Square root of real input [ILNumerics Core Module]
	Sqrt(fcomplex)	Square root of complex number [ILNumerics Core Module]
	Tan	Tangens of float complex number [ILNumerics Core Module]
	Tanh	Tangens hyperbolicus of float complex input [ILNumerics Core Module]
	ToString	Convert this complex number into a string representation. [ILNumerics Core Module] (Overrides ValueTypeToString.)
	Truncate	Truncate a floating point complex value [ILNumerics Core Module]

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Operators

	Name	Description
	Addition(Byte, fcomplex)	Add two complex values [ILNumerics Core Module]
	Addition(Int32, fcomplex)	Add two complex values [ILNumerics Core Module]
	Addition(Int64, fcomplex)	Add two complex values [ILNumerics Core Module]
	Addition(Single, fcomplex)	Add two complex values [ILNumerics Core Module]
	Addition(fcomplex, complex)	Add two complex numbers [ILNumerics Core Module]
	Addition(fcomplex, fcomplex)	Add two complex numbers [ILNumerics Core Module]
	Addition(fcomplex, Byte)	Add two complex numbers [ILNumerics Core Module]
	Addition(fcomplex, Double)	Add two complex numbers [ILNumerics Core Module]
	Addition(fcomplex, Int32)	Add two complex numbers [ILNumerics Core Module]
	Addition(fcomplex, Int64)	Add two complex numbers [ILNumerics Core Module]
	Addition(fcomplex, Single)	Add two complex numbers [ILNumerics Core Module]
	Division(Byte, fcomplex)	Divide two values [ILNumerics Core Module]
	Division(Int32, fcomplex)	Divide two values [ILNumerics Core Module]
	Division(Int64, fcomplex)	Divide two values [ILNumerics Core Module]
	Division(Single, fcomplex)	Divide two values [ILNumerics Core Module]
	Division(fcomplex, complex)	Divide two numbers [ILNumerics Core Module]
	Division(fcomplex, fcomplex)	Divide two numbers [ILNumerics Core Module]
	Division(fcomplex, Byte)	Divide two numbers [ILNumerics Core Module]
	Division(fcomplex, Double)	Divide two numbers [ILNumerics Core Module]
	Division(fcomplex, Int32)	Divide two numbers [ILNumerics Core Module]
	Division(fcomplex, Int64)	Divide two numbers [ILNumerics Core Module]
	Division(fcomplex, Single)	Divide two numbers [ILNumerics Core Module]
	Equality(Byte, fcomplex)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(Int32, fcomplex)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(Int64, fcomplex)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(Single, fcomplex)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, complex)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, fcomplex)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, Byte)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, Double)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, Int32)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, Int64)	Equality comparison for complex numbers [ILNumerics Core Module]
	Equality(fcomplex, Single)	Equality comparison for complex numbers [ILNumerics Core Module]
	(fcomplex to Double)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to Single)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to Byte)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to SByte)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to Char)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to Int16)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to Int32)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to Int64)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to UInt16)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to UInt32)	Explicit cast complex number into real number [ILNumerics Core Module]
	(fcomplex to UInt64)	Explicit cast complex number into real number [ILNumerics Core Module]
	GreaterThan(Byte, fcomplex)	Greater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(Int32, fcomplex)	Greater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(Int64, fcomplex)	Greater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(Single, fcomplex)	Greater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, complex)	Greater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, fcomplex)	Greater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, Byte)	Freater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, Double)	Freater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, Int32)	Freater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, Int64)	Freater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThan(fcomplex, Single)	Freater than comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(Byte, fcomplex)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(Int32, fcomplex)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(Int64, fcomplex)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(Single, fcomplex)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, complex)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, fcomplex)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, Byte)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, Double)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, Int32)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, Int64)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	GreaterThanOrEqual(fcomplex, Single)	Greater than or equal to comparison for complex numbers [ILNumerics Core Module]
	(Byte to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(Char to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(Double to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(Int16 to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(Int32 to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(Int64 to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(SByte to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(Single to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(UInt16 to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(UInt32 to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	(UInt64 to fcomplex)	Implicit cast real number into complex number [ILNumerics Core Module]
	Inequality(Byte, fcomplex)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(Int32, fcomplex)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(Int64, fcomplex)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(Single, fcomplex)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, complex)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, fcomplex)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, Byte)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, Double)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, Int32)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, Int64)	Unequality comparison for complex numbers [ILNumerics Core Module]
	Inequality(fcomplex, Single)	Unequality comparison for complex numbers [ILNumerics Core Module]
	LessThan(Byte, fcomplex)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(Int32, fcomplex)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(Int64, fcomplex)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(Single, fcomplex)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, complex)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, fcomplex)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, Byte)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, Double)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, Int32)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, Int64)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThan(fcomplex, Single)	Lower than comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(Byte, fcomplex)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(Int32, fcomplex)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(Int64, fcomplex)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(Single, fcomplex)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, complex)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, fcomplex)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, Byte)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, Double)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, Int32)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, Int64)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	LessThanOrEqual(fcomplex, Single)	Lower than or equal to comparison for complex numbers [ILNumerics Core Module]
	Multiply(Byte, fcomplex)	Multiply two values [ILNumerics Core Module]
	Multiply(Int32, fcomplex)	Multiply two values [ILNumerics Core Module]
	Multiply(Int64, fcomplex)	Multiply two values [ILNumerics Core Module]
	Multiply(Single, fcomplex)	Multiply two values [ILNumerics Core Module]
	Multiply(fcomplex, complex)	Multiply two complex values [ILNumerics Core Module]
	Multiply(fcomplex, fcomplex)	Multiply two complex values [ILNumerics Core Module]
	Multiply(fcomplex, Byte)	Multiply two values [ILNumerics Core Module]
	Multiply(fcomplex, Double)	Multiply two values [ILNumerics Core Module]
	Multiply(fcomplex, Int32)	Multiply two values [ILNumerics Core Module]
	Multiply(fcomplex, Int64)	Multiply two values [ILNumerics Core Module]
	Multiply(fcomplex, Single)	Multiply two values [ILNumerics Core Module]
	Subtraction(Byte, fcomplex)	Subtract two values [ILNumerics Core Module]
	Subtraction(Int32, fcomplex)	Subtract two values [ILNumerics Core Module]
	Subtraction(Int64, fcomplex)	Subtract two values [ILNumerics Core Module]
	Subtraction(Single, fcomplex)	Subtract two values [ILNumerics Core Module]
	Subtraction(fcomplex, complex)	Subtract two complex values [ILNumerics Core Module]
	Subtraction(fcomplex, fcomplex)	Subtract two complex values [ILNumerics Core Module]
	Subtraction(fcomplex, Byte)	Subtract two values [ILNumerics Core Module]
	Subtraction(fcomplex, Double)	Subtract two values [ILNumerics Core Module]
	Subtraction(fcomplex, Int32)	Subtract two values [ILNumerics Core Module]
	Subtraction(fcomplex, Int64)	Subtract two values [ILNumerics Core Module]
	Subtraction(fcomplex, Single)	Subtract two values [ILNumerics Core Module]
	UnaryNegation	Unary minus operator [ILNumerics Core Module]

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Fields

	Name	Description
	i	Imaginary unit
	imag	Imaginary part of this complex number
	real	Real part of this complex number

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Remarks

This class extends the system value types for real numbers to complex float values. Besides the publicly available members 'real' and 'imag' it provides all the basis functionality the floating point System.double brings (abs, log, sqrt, tan etc.) for float precision complex, as well as it overrides the basic unary and binary operators for all common system value types including rarely used types (e.g. UInt16). This includes the basic numerical operations like '+','-','/','*' and the relational operators: '==','>','>=' etc. Also there are some explicit and some implicit casting operators from / to fcomplex values into system value types.

[ILNumerics Core Module]

Reference

ILNumerics Namespace